Contemporary Wood and Glass Wardrobe with Integrated Vanity

This contemporary 3ds Max wardrobe system features wood-framed glass doors, integrated vanity lighting, and a plush green pouf. This storage assembly consists of four main wardrobe sections with dark glass doors and internal shelving, complemented by a central integrated vanity unit. The carcass is finished in a warm, natural-wood tone, providing a structural contrast to the slender metal-framed glass doors. The central vanity includes a circular backlit mirror, a small work surface with two drawers, and open shelving for accessories. A round, fluted green fabric pouf sits below the vanity. The entire unit is illuminated with warm, recessed LED strips, highlighting the internal storage organization and the vanity workspace.

The download is a 50 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

To integrate this model into a 3ds Max scene, import the asset and ensure the pivot point is aligned with the floor plane. The wardrobe is modular in appearance, allowing for adjustments to the internal lighting intensity or material mapping for the wood grain and glass transparency. Ensure your scene exposure is set correctly to capture the subtle glow from the integrated vanity lighting. Use layer management to separate the wardrobe structure, the vanity accessories, and the pouf for easier scene manipulation.

This wardrobe system is ideal for high-end residential master bedrooms, walk-in closets, or boutique dressing rooms. It provides a cohesive storage solution that combines functional garment organization with a dedicated grooming station. Professionals can use this asset in interior design projects requiring a sophisticated, modern aesthetic that maximizes vertical space. It pairs effectively with neutral wall finishes and soft ambient lighting, making it a versatile choice for contemporary home design schemes where both storage capacity and aesthetic appeal are required.